The day focused on graphene and nanotechnology research, and their potential for commercial application.
Watson Research Center built the fastest graphene transistor to date, clocking in at 26 gigahertz.
We are likely to see hybrid silicon-graphene transistors before we take the leap to all-graphene-based electronics.
Electrons can flow through graphene with remarkable ease, making graphene an ideal material for transistors.
The era of silicon is ending, and the decade of graphene may have just begun.
The graphene memory requires very little power and can withstand a broad range of temperatures.
Graphene - a single-layer of carbon atoms - has extraordinary properties which give it immense potential.
Graphene is being explored for use in semiconductors because chip designers are facing a problem.
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In other words, the price and hassle of switching to graphene need to make sense financially.
One of the six shortlisted entrants is a consortium of researchers under the banner Graphene Flagship.
According to Tour, his graphene technology can store five times more memory than today's flash memory chips.
The Cambridge Graphene Centre aims to open later this year to discover and develop applications for the material.
It added graphene has the potential to revolutionise a "huge number of applications", including smartphones and ultrafast broadband.
BBC: Manchester University graphene institute plans revealed
Boron nitride, or "white graphene", is similar to its namesake: sheets of atoms laid out like a chain-link fence.
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The graphene funding will be spread across 126 academic and industrial research groups.
However graphene production - still not achieved on an affordable and industrial scale - is in the project's sights.
But there's many a slip 'twixt cup and lip, and no important graphene products are yet on the market.
This was the discovery of graphene, a form of carbon one atom thick.
In truth, graphene does look a more plausible candidate for commercialisation than buckminsterfullerene.
Going to graphene based electronics will be another, not so much for programmers.
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And Manchester University and others will fight back in the graphene patents contest.
Even the South Korean electronics giant Samsung has nearly 10 times more graphene patents than the UK as a whole.
The result is multiple layers of graphene sheets, measuring five nanometres (millionths of a metre) long and two nanometres wide.
You already know that graphene can be used to make transistors, solar cells and even Sennheiser-quality cans.
If graphene were in a Hollywood movie, scientists would complain that no such material could possibly exist in the real world.
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Research projects investigating the "miracle material" graphene and the human brain have won unprecedented funding of up to 1bn euros each.
Now, a new process for creating semiconductors grown on graphene could see the super material commercialized in the next five years.
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The fastest silicon transistors are still an order of magnitude faster than that, but this marks an important milestone in the graphene revolution.
The new work opens up the prospect of studying imperfections in the "wonder material" graphene or plotting where electrons go during chemical reactions.
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The family of these materials includes much-touted, carbon-based members such as graphene and nanotubes, and are notable in part for their surface area-to-weight ratio.
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